Latest: Micronic Launches Full Range of Hybrid Tubes
Latest: TTP Collaborates with Quotient to Transform Transfusion Diagnostics
Latest: Expanding Accessibility to High-Resolution MS Data with the First SmartMS-Enabled LC-MS...
Latest: Rigaku Handheld Raman Analyzer Chosen as Part of U.S. Food and Drug Administration...
Latest: How Scientists Can Predict the Properties of Energy Crops for Efficient Conversion of...
Latest: Trending in Lab Essentials: Top Technologies Making Waves in 2019
Latest: Joining Forces – The Acquisition of B&W Tek Takes Metrohm’s Spectroscopy Portfolio to...
Analytical Chemistry Playlist: The Latest Technology in 7 Videos
Cancer Research Video Highlights: Our Top Interviews from AACR 2019
Micronic Launches Full Range of Hybrid Tubes
CARTANA Launches <em>In Situ</em> Sequencing Service for Neuroscientists
Simplify QC and Intact Mass Assays with Automated Liquid Handling Solutions
Don’t Overlook Your Incubator: Cell Culture Optimization
16 Cannabinoids for Potency Testing by Practical LC-UV
Molecularly Guided Highly Multiplexed Spatial Profiling with RNAscope and GeoMx Assays
Complement Your scRNAseq Results with RNAscope Technology
Real-Time Quantitative PCR Performance Characterization with IntelliQube
Validation and Spatial Mapping of Diverse Cells Identified by scRNA-seq
Single-Cell Biology Research with RNAscope Technology
Hematology Analyzers & Stainers
Clinical Chemistry Analyzers
Flow Cytometry for Screening
Pre-Clinical and Clinical Lab Automation
SLAS Europe 2019 Conference...
26 Jun 19 - 28 Jun 19
04 Aug 19 - 08 Aug 19
30 Oct 19 - 31 Oct 19
The TLC/HPTLC Sprayer consists of a charger and a pump unit with two kinds of spray heads. Spray head type A is for spray solutions of normal viscosity, e.g. lower alcohol solutions; spray head type B is for liquids of higher viscosity, e.... Read more...
This all glass reagent sprayer is a low cost yet efficient alternative to the TLC/HPTLC Sprayer. It comes with a rubber pump but may also be operated from a compressed air or nitrogen supply. Read more...